Martin Schjoldager Nielsen

Martin Schjoldager Nielsen has extensive work experience in the field of technology and innovation. Martin Schjoldager is currently serving as the Technology & Innovation Director at RSP Systems A/S since June 2020. In this role, they are responsible for directing the development of a portable non-invasive blood glucose meter utilizing Raman spectroscopy.

Prior to this, Martin held the position of Project Director at RSP Systems A/S from February 2017 to June 2020. As a Project Director, they provided strong leadership and direction for a team of experts in various disciplines such as software, optics, mechanics, electronics, usability, and industrial design. Martin Schjoldager successfully created and executed a development plan, ensuring the timely achievement of milestones and problem resolution.

Martin also has extensive experience as an R&D engineer at RSP Systems A/S, where they played a key role in the development of a Raman-based blood glucose meter. Martin Schjoldager was involved in various aspects of the development process, including the design, development, and testing of CCD-based cameras for Raman Spectrometers, optical design and verification, human skin properties, non-invasive techniques for measuring blood glucose levels, and mechanical design. Martin Schjoldager'sexpertise also extends to simulation models for light scattering in human skin, probe design, and data analysis.

Before joining RSP Systems A/S, Martin gained industry experience through an engineering internship at ABB in 2005.

Overall, Martin Schjoldager Nielsen has demonstrated strong technical expertise and leadership skills throughout their career, particularly in the development of innovative medical devices based on Raman spectroscopy.

Martin Schjoldager Nielsen completed their Bachelor of Engineering degree in Electrical and Electronics Engineering from IOT Ingeniør Højskolen Odense teknikum between 2002 and 2006. Martin Schjoldager then pursued further education at SDU Odense, where they obtained a cand. polyt. degree in Embedded Systems from 2006 to 2010.